WEST HAVEN, Connecticut, USA, September 1, 2010 - Enthone Inc., a business of Cookson Electronics, has introduced ENTEK® OM. The patented, Organic Metal® process delivers a visible, highly conductive PWB final finish that offers both ease of inspection and in-circuit testing (ICT). The need to paste test points during board assembly is eliminated. ENTEK OM substantially reduces board rejects and rework, while providing exceptional solderability which results in higher assembly yields.
ENTEK OM unites the high reliability and cost-effectiveness of an organic solderability preservative with the desired attributes of a metallic finish. Specifically, the process delivers solderability that exceeds traditional organic solderability preservatives and is comparable to metallic finishes as tested with the industry’s leading fluxes and solder pastes. ENTEK OM exhibits low contact resistance that substantially reduces false failures at assembly.
ENTEK OM offers a lower cost of ownership at assembly by dramatically reducing rework because it provides consistent through-hole fill for higher throughput.
Kirk W. Johnson, Global Market Manager - Enthone PWB Final Finishes, said, “ENTEK OM dramatically changes the industry landscape as it is a distinct and unique new class of final finish which provides solid performance, economic, and reliability benefits to OEMs, ODMs, EMSs and PWB fabricators.”
The ENTEK OM simple, four-step process inhibits galvanic etch effects, resulting in enhanced PWB reliability. Due to the proprietary plating mechanism, the process also eliminates the potential for microvoids. ENTEK OM utilizes a unique organic metal technology that ensures the surface finish is in place and ready for assembly. For further information, please visit www.enthone.com/entekOM.
Enthone Inc. is a business of Cookson Electronics. The company is a leading supplier of high performance specialty chemicals and coatings used in the electronics and surface finishing industries. Enthone manufactures markets and distributes its functional, decorative and electronic processes that are used in printed wiring board, semiconductor, photovoltaic, automotive, aerospace, jewelry, and plumbing applications. For more information, please visit www.enthone.com